Description
Pressure Transducers M60
Piezoelectric Transducers for High Frequency Measurements
The piezoelectric PVDF Pressure Gauge series M60 is the state of the art device for measuring high frequency pressure changes with rise times of only a few nanoseconds in gases and liquids. The transducer is based on piezoelectric pvdf. It is recommended for measuring blast waves or shock waves in shock tube experiments. The gauge is nearly free from vibrations. Beside M60-1L all sensor elements are protected by a thin elastic resin.
• Experiments in gas
• Ideal for Shock tubes
• With KIAG connector
• Seperate cable, article 800-200-1
• Dimension identical to Kistler 603B
• Wall mount kit, article-no. 100-290-1
• Charge amplifier Muller MCPA 10 or Kistler necessary
Rise time: 60 ns
Sensitive diameter: 3mm
Outer diameter: 5.5mm
Sensitivity: 3 pC/bar
Cable: KIAG M4x0.35 plus sep. 2m Cable
Article No: 100-200-1
• expierments in gas or liquids • ideal for blast waves
• With direct water tight cable
• head identical to M60-3
• in case of short pulses direct connection to a recorder with 1MOhm input recommeded
• in case of longer pressure waves or longer cable extensions charge amplifier MCPA 10 is
necessary
• Wall Mount, article 100-290-1
Rise time: 60 ns
Sensitive diameter: 3 mm
Outer diameter: 5.5 mm
Sensitivity: 3 pC/bar
Cable: includes 2 m cable
Article No: 100-200-2
M60-1L
• experiments in gas or liquids • air blast waves and ultrasound
• with dircect water tight cable
• in case of short pulses direct connection to a recorder with 1 MOhm input recommended
• in case of longer pressure waves or longer cable extenstions charge amplifier MCPA 10 is
necessary
• wall mount, article 100-290-3
Rise time: 40 ns
Sensitivity diameter: 1 mm
Outer diameter: 2.5 mm
Sesitivity: 0.4 pC/bar
Cable: incl. 2 m cable
Article No: 100-201-1
M60-1L-M3
• experiments in gas or liquids • Ideal for blast waves
• with direct water tight cable
• with a M3 thread for easy and direct mounting in a wall
• rubber O-ring provides for tight connecting
• application similar to M60-3L
Rise time: 40 ns
Sensitive diameter: 1 mm
Outer diameter: 2.5 mm
Sensitivity: 0.4 pC/bar
Cable: incl. 2 m cable
Article No: 100-201-2
Technical Data
| Range: | – 20 to 400 bar (-2 to 40 MPa) |
| Rise time: | 40 ns |
| Bandwidth: | Up to 15 MHz |
| Sensitivity: | M60-3: about 3.0 pC/bar
M60-1: about 0.4 pC/bar |
| Calibration: | Steady state shock tube calibration up to 10 bars. |
| Sensitive diameter: | M60-3: 3.0 mm
M60-1: 1.0 mm |
| Polarity: | Negative |
| Capacity: | About 30 pF |
| Impedance: | > 1010 Ohm |
| Sensitive element: | Piezoelectric PVDF |
Temperature range: | M60-3 and M60-1: -20 up to +60°C, shortly higher
M60-3 water cooled: up to 200°C |
| Housing: | Stainless steel, sensitive element covered with an elastic resin |
| Size: | M60-3: 6.3 mm x 12 mm
M60-3L: 6.3 x 28 mm
M60-1L: 2.5 mm x 26 mm
M60-1L-M3: M3 x 27 mm |
| Weight: | M60-3: 1.4 g |
| Connector: | M60-3: KIAG M4 x 0.35 pos., cable article no. 800-200-1 included
M60-3L, M60-1L types: with a water tight 2 m cable with BNC pos. |
| Pressure Sensors M60 Overview |
|
| Ordering information |
| Article-No.: 100-200-1 | Pressure Transducer M60-3 incl. separate 2 m cable |
| Article-No.: 100-200-2 | Pressure Transducer M60-3C with water cooling system |
| Article-No.: 100-200-3 | Pressure Transducer M60-3L with 2 m water tight cable |
| Article-No.: 100-201-1 | Pressure Transducer M60-1L with 2 m cable and BNC pos. |
| Article-No.: 100-201-2 | Pressure Transducer M60-1L-M3 with M3 thread, 2 m cable, BNC |
| Article-No.: 100-299-1 | Surcharge for a stainless steel closed housing for M60-3 types |
| Article-No.: 100-290-1 | Wall Mounting Set for M60-3 and M60-3L |
| Article-No.: 100-290-2 | Wall Mounting Set for the water-cooled M60-3C |
| Article-No.: 100-290-3 | Adapter for M60-3 Wall Mounting Set for M60-1L w/o thread |
| Article-No.: 800-200-1 | KIAG M 4 connection cable, 2 m for M60-3 |
The transducer can be delivered in nearly any shape. If you wish a special design, cable length or connector please send us a drawing and request a quotation.
• Experiments in gas
• expierments in gas or liquids
• experiments in gas or liquids
• experiments in gas or liquids
Reviews
There are no reviews yet.